US WATER CARB-CAT Catalytic Carbon was engineered to be superior to Calgon Centaur and Jacobi CX-MCA Catalytic Carbon for removal of chlorine, chloramine, VOC’s, THM’s and Hydrogen Sulfide in Hydrogen Peroxide Systems. It is used frequently in city water for the removal of chloramine and is one tough Cat on chloramine and hydrogen sulfide!

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Product Description

Product Description

Carb-Cat Granular Activated Catalytic Carbon

Technical Overview

Carb-Cat is a liquid phase virgin activated carbon that is manufactured to develop catalytic functionality. It is a produced from coconut shell GAC using a highly sophisticated and confidential process. Of course, t is NSF Certified. The catalytic activity of this activated carbon makes it highly effective for the removal of chloramines and hydrogen sulfide from potable water.

It's extremely large micropore volume makes it particularly well suited for the removal of low molecular weight organic compounds and their chlorinated by-products such as chloroform and other trihalomethanes (THMs). An important feature of this material is its superior mechanical hardness and the extensive dedusting during its manufacture ensures an exceptionally clean activated carbon product. Catalytic carbon is engineered to remove chloramines, hydrogen sulfide, VOCs, iron, chemicals, chlorine, tastes, and odors.

Carb-Cat has a very high reaction kinetic for the removal of chloramines from potable water which are specially designed to carry a large number of catalytic sights compared to products from other catalytic carbons so as to react with and remove different types of chloramines, including monochloramine.

Features And Benefits

All Catalytic Carbon is not created equal and the fact of the matter is that there is no equal to Carb-Cat. If you are using Jacobi or Centaur Catalytic Carbon, it might be time to use the best carbon in the business.

Catalytic activity allows for smaller more compact system sizing

NSF Certified

Greater degree of contaminant removal

Enhanced Catalytic activity

Large and extensive internal pore structure

Optimized density

Maximum hardness

Low dust and turbidity

Excellent adsorption capacity

High volume activity

Rapid de-chlorination

Low filtered water turbidity

Engineered to be better than Jacobi CX-MCA and Centaur Catalytic Carbon

The Catalytic Carbon Advantage

As more and more municipalities use Chloramine (mixing chlorine with ammonia), the issue becomes, how do you remove it? Regular GAC carbon does not effectively remove chloramine, while catalytic carbon does. If your municipality does not use Chloramine today, the odds are, they will use it at some time because it is less expensive. It’s all about the money…

Typical Applications

Residential water treatment systems - Point of Entry (POE) / Point of Use (POU)